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THIS GUY BUILT REAL FLYING SWORD DRONES AND CONTROLS THEM WITH HAND GESTURES fan shisan is a physics student in chengdu who coded and built flying drones shaped like actual swords he controls them entirely with hand gestures. no controller or a phone. just his hands wave your hand...

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307,149 görüntüleme • 1 ay önce •via X (Twitter)

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A Chinese inventor built flying sword drones controlled with hand gestures
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A Chinese inventor built flying sword drones controlled with hand gestures

Today In History

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A Chinese inventor built flying sword drones controlled with hand gestures
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A Chinese inventor built flying sword drones controlled with hand gestures

Today In History

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Meta spent $40 billion and 10 years trying to make hand tracking feel natural. This guy did it with Claude in a weekend. No code written. No team. No hardware. He described what he wanted, Claude built it. The app tracks every finger, every joint, every movement live on his laptop. Physics bend around his hands in real time. The $40B industry just got embarrassed by one person with a Claude subscription. Everything you need to start building like this is in the article above.
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Meta spent $40 billion and 10 years trying to make hand tracking feel natural. This guy did it with Claude in a weekend. No code written. No team. No hardware. He described what he wanted, Claude built it. The app tracks every finger, every joint, every movement live on his laptop. Physics bend around his hands in real time. The $40B industry just got embarrassed by one person with a Claude subscription. Everything you need to start building like this is in the article above.

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Built a pottery app today, where your real hands throw virtual clay 🏺 Hand tracking > clay deformation > real-time physics No controller. No stylus. Just hands. Everything built within Omma AI + threejs Model of the puppet hand: credit to LiamVandeWouwer (SketchFab)
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Built a pottery app today, where your real hands throw virtual clay 🏺 Hand tracking > clay deformation > real-time physics No controller. No stylus. Just hands. Everything built within Omma AI + threejs Model of the puppet hand: credit to LiamVandeWouwer (SketchFab)

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THIS GUY LIVES UNDER SFO'S TAKEOFF PATH SO HE BUILT A CEILING PROJECTOR THAT TRACKS EVERY PLANE FLYING OVER HIS HOUSE IN REAL TIME he uses a cheap $30 radio receiver to pick up the signals that planes broadcast while flying. then projects them onto his ceiling in real time when a jet flies over his house you hear it outside and at the exact same moment a plane glides across his ceiling labeled with the airline, aircraft type, and destination pure black background so the projector's rectangle disappears and only the aircraft are visible but he didn't stop at planes it also draws the real sky behind them. sun, moon, bright stars, constellations, and live satellites including the ISS. all at their true positions for his exact location and time in real time so he's lying in bed watching the actual night sky projected onto his ceiling with real planes crossing through it as they take off from SFO there is a huge market for every man alive that runs outside to see the helicopter vibe coded the whole thing himself with a cheap radio, a projector, and some clever software
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THIS GUY LIVES UNDER SFO'S TAKEOFF PATH SO HE BUILT A CEILING PROJECTOR THAT TRACKS EVERY PLANE FLYING OVER HIS HOUSE IN REAL TIME he uses a cheap $30 radio receiver to pick up the signals that planes broadcast while flying. then projects them onto his ceiling in real time when a jet flies over his house you hear it outside and at the exact same moment a plane glides across his ceiling labeled with the airline, aircraft type, and destination pure black background so the projector's rectangle disappears and only the aircraft are visible but he didn't stop at planes it also draws the real sky behind them. sun, moon, bright stars, constellations, and live satellites including the ISS. all at their true positions for his exact location and time in real time so he's lying in bed watching the actual night sky projected onto his ceiling with real planes crossing through it as they take off from SFO there is a huge market for every man alive that runs outside to see the helicopter vibe coded the whole thing himself with a cheap radio, a projector, and some clever software

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A drone or a submarine? 🫧 A student just built a drone that flies through the air and swims underwater — and it actually works. As part of his Bachelor’s project, Andrei Copaci created a 3D-printed, hybrid drone with variable pitch propellers, meaning the blades shift mid-flight to adapt between air and water. Just a laptop, a printer, and a smart idea. The drone is fully custom-coded and transitions seamlessly between flying and swimming. We're entering a new era, where curious students can prototype what once took massive funding and R&D efforts.
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A drone or a submarine? 🫧 A student just built a drone that flies through the air and swims underwater — and it actually works. As part of his Bachelor’s project, Andrei Copaci created a 3D-printed, hybrid drone with variable pitch propellers, meaning the blades shift mid-flight to adapt between air and water. Just a laptop, a printer, and a smart idea. The drone is fully custom-coded and transitions seamlessly between flying and swimming. We're entering a new era, where curious students can prototype what once took massive funding and R&D efforts.

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Controlling a 3D particle animation with hand gestures / voice 🎇🤖 "Jarvis, change to a sphere" > voice commands trigger a transformation into different shape types > hand gestures control the rotation speed and zoom created with Three.js, mediapipe computer vision, and web speech API. Runs in real-time in the browser, using a regular webcam / mic 🔗 demo + code in the comments let me know of any requests for future demos / tutorials!
1:12

Controlling a 3D particle animation with hand gestures / voice 🎇🤖 "Jarvis, change to a sphere" > voice commands trigger a transformation into different shape types > hand gestures control the rotation speed and zoom created with Three.js, mediapipe computer vision, and web speech API. Runs in real-time in the browser, using a regular webcam / mic 🔗 demo + code in the comments let me know of any requests for future demos / tutorials!

AA

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“I’m not a gamer, but I’ll admit I’m terrible at the controls. You hand the same system to a 19-year-old and they’re opening doors, flying drones, and getting them into places the rest of us can’t. From playing video games, they just instinctually know how to do it—and it’s completely changing tactics on the battlefield.” Secretary of the Army
12:14

“I’m not a gamer, but I’ll admit I’m terrible at the controls. You hand the same system to a 19-year-old and they’re opening doors, flying drones, and getting them into places the rest of us can’t. From playing video games, they just instinctually know how to do it—and it’s completely changing tactics on the battlefield.” Secretary of the Army

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"Physics gets a vote." Cameron McCord learned this viscerally in his time at Anduril. "Simulate everything" became industry gospel, but it turns out testing is still critical in hardware. That experience became the thesis behind Nominal. He and co-founders Jason Hoch and Bryce Strauss built Nominal around testing because it's where software-defined hardware meets the physical world for the first time, and where the real advantage gets built.
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"Physics gets a vote." Cameron McCord learned this viscerally in his time at Anduril. "Simulate everything" became industry gospel, but it turns out testing is still critical in hardware. That experience became the thesis behind Nominal. He and co-founders Jason Hoch and Bryce Strauss built Nominal around testing because it's where software-defined hardware meets the physical world for the first time, and where the real advantage gets built.

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To validate the design of the "Mirage IIIV" VTOL fighter, a demonstrator named Balzac V was built in 1962. It was equipped with innovations such as Dassault's first electric flight controls and the use of telemetry to communicate flight data in real time with the ground.
0:46

To validate the design of the "Mirage IIIV" VTOL fighter, a demonstrator named Balzac V was built in 1962. It was equipped with innovations such as Dassault's first electric flight controls and the use of telemetry to communicate flight data in real time with the ground.

Marlène Aviation

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Ukraine has developed a prosthesis that controls drones with the "power of thought". The new MARS prosthesis control system uses special sensors and artificial intelligence to recognize muscle movements. The prosthesis can literally understand the user's intentions. This approach makes prosthesis control more natural, and in the future, opens up new opportunities for controlling technologies such as drones. The user will be able to control the drone by changing the position of the prosthesis in space and tensing different muscles. The principle is similar to a computer mouse: the hand movement controls the direction and angle of the drone, and muscle tension controls functions such as pressing buttons. Esper Bionics is already testing a prototype, and next year, they plan to produce a version for the market. Source: Mykhailo Fedorov/Minister of Digital Transformation of Ukraine/Facebook
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Ukraine has developed a prosthesis that controls drones with the "power of thought". The new MARS prosthesis control system uses special sensors and artificial intelligence to recognize muscle movements. The prosthesis can literally understand the user's intentions. This approach makes prosthesis control more natural, and in the future, opens up new opportunities for controlling technologies such as drones. The user will be able to control the drone by changing the position of the prosthesis in space and tensing different muscles. The principle is similar to a computer mouse: the hand movement controls the direction and angle of the drone, and muscle tension controls functions such as pressing buttons. Esper Bionics is already testing a prototype, and next year, they plan to produce a version for the market. Source: Mykhailo Fedorov/Minister of Digital Transformation of Ukraine/Facebook

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1:24

THIS GUY BUILT A REAL JARVIS THAT TURNS HIS IDEAS INTO FINISHED PROJECTS ON ITS OWN, AND HE JUST SHOWED HOW THE WHOLE THING WORKS The whole system runs on one clean split he calls a blood-brain barrier. The second brain, his Obsidian vault, is only for things that aren't real yet. Ideas. Each one sits in a project-shaped folder, waiting to be processed and turned into something real. Nothing executes there. The vault is the place where ideas get shaped, not built. Once an idea is signed off, it crosses over to the execution pipeline. That lives on his actual machine, or an always-on box, or a Raspberry Pi, depending on what the project needs. Inside that machine is a fully Claude-native file system. The key piece is one CLAUDE.md file sitting in the root of his documents folder, acting as the map to everything in there. So he just opens Claude and says "go to my projects folder," and it already knows the whole structure, because that root file explains it. Two zones, one rule: the brain holds what isn't real, the machine runs what is. That separation is what keeps the ideas from tangling with the work. Bookmark this

Yarchi

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THIS GUY TURNED AN OLD SMARTWATCH INTO A DIGITAL SHIFT KNOB FOR HIS 2001 AUDI AND THEN MADE IT EVEN CRAZIER instead of throwing away an old TicWatch, he 3D printed a custom housing and mounted it on his gear stick he vibe coded a custom WearOS app that uses the watch's built in accelerometer and gyroscope to read the physical angle of the shift stick and display which gear you're in the hardest part was driving on hills. going uphill would throw off the angle readings and show random gears. he had to build dynamic calibration into the algorithm so it could adjust in real time his car is a 2001 audi B5. the old communication protocol is so limited for gear data that building his own accelerometer app was actually easier than pulling from the car's computer then he went further he vibe coded an invisible touch spotify controller into the same shift knob swipe up on the knob to skip a track. swipe down to go back. tap to pause. all using the watch's touch screen while your hand is already on the shifter no extra buttons, no phone mount, no looking away from the road. your hand is on the shift knob anyway so the controls are right where you need them the watch also shows whatever is playing via bluetooth between gear changes 3D printed the enclosure, vibe coded the app, and turned e-waste into the coolest car mod on the internet
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THIS GUY TURNED AN OLD SMARTWATCH INTO A DIGITAL SHIFT KNOB FOR HIS 2001 AUDI AND THEN MADE IT EVEN CRAZIER instead of throwing away an old TicWatch, he 3D printed a custom housing and mounted it on his gear stick he vibe coded a custom WearOS app that uses the watch's built in accelerometer and gyroscope to read the physical angle of the shift stick and display which gear you're in the hardest part was driving on hills. going uphill would throw off the angle readings and show random gears. he had to build dynamic calibration into the algorithm so it could adjust in real time his car is a 2001 audi B5. the old communication protocol is so limited for gear data that building his own accelerometer app was actually easier than pulling from the car's computer then he went further he vibe coded an invisible touch spotify controller into the same shift knob swipe up on the knob to skip a track. swipe down to go back. tap to pause. all using the watch's touch screen while your hand is already on the shifter no extra buttons, no phone mount, no looking away from the road. your hand is on the shift knob anyway so the controls are right where you need them the watch also shows whatever is playing via bluetooth between gear changes 3D printed the enclosure, vibe coded the app, and turned e-waste into the coolest car mod on the internet

Om Patel

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We gave AI autonomy over its own body. Left side: a standard wave animation. Every user sees the same thing. Right side: the AI decides how to wave. It controls each limb independently. If the companion is happy? The arc is bigger, slightly faster. Sad? The wave droops. Shy? Smaller, slower. Same gesture. Infinite expressions. The companion's mood, your conversation, the context of the moment, all shape how it physically moves in real time. Now consider this across every gesture, every behavior, every movement. This, all running on a system we built from scratch. At Kindred Labs we're crafting true digital life.
0:28

We gave AI autonomy over its own body. Left side: a standard wave animation. Every user sees the same thing. Right side: the AI decides how to wave. It controls each limb independently. If the companion is happy? The arc is bigger, slightly faster. Sad? The wave droops. Shy? Smaller, slower. Same gesture. Infinite expressions. The companion's mood, your conversation, the context of the moment, all shape how it physically moves in real time. Now consider this across every gesture, every behavior, every movement. This, all running on a system we built from scratch. At Kindred Labs we're crafting true digital life.

Max Giammario ∞ KIN

60,623 görüntüleme • 3 ay önce

This is unbelievably real in China! Deeply obsessed with the "flying sword mind control" seen in Wuxia martial arts drama during childhood, this Chinese creator turned it into reality with his customized sword-shaped drones controlled by gesture movements. #ChineseTech
0:37

This is unbelievably real in China! Deeply obsessed with the "flying sword mind control" seen in Wuxia martial arts drama during childhood, this Chinese creator turned it into reality with his customized sword-shaped drones controlled by gesture movements. #ChineseTech

Li Zexin 李泽欣

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Check out this drone: Joshua Bird built this drone ($20) in his dorm! [open-source motion capture system⬇️] Built at low cost, a motion capture system for tracking & and flying drones autonomously, with millimeter-level precision at room-scale. The student used $1 PS3 Eye cameras with 150fps capability. The challenge? PID tuning! It took him 4 days of crashes to get the drone to hover, but it's still wobbly. Used a 3x nested PID loop for precise control. This project led to his dissertation on visual SLAM! Full details - Algorithms for camera positioning & obstacle triangulation, in his YouTube video: Code & 3D files on GitHub: More projects at
1:48

Check out this drone: Joshua Bird built this drone ($20) in his dorm! [open-source motion capture system⬇️] Built at low cost, a motion capture system for tracking & and flying drones autonomously, with millimeter-level precision at room-scale. The student used $1 PS3 Eye cameras with 150fps capability. The challenge? PID tuning! It took him 4 days of crashes to get the drone to hover, but it's still wobbly. Used a 3x nested PID loop for precise control. This project led to his dissertation on visual SLAM! Full details - Algorithms for camera positioning & obstacle triangulation, in his YouTube video: Code & 3D files on GitHub: More projects at

Ilir Aliu

101,649 görüntüleme • 1 yıl önce

Germany’s Old Gun Beat a Modern Threat The Gepard 1A2 is a German self propelled anti aircraft system armed with twin 35mm cannons and advanced radar. Originally built during the Cold War, it has proven that gun based air defense still has a place in modern warfare. Designed to counter low flying aircraft and drones, the Gepard has become one of the most effective anti drone systems on the battlefield. But is it a long term solution, or just a stopgap in the age of missiles and mass drone warfare?
0:44

Germany’s Old Gun Beat a Modern Threat The Gepard 1A2 is a German self propelled anti aircraft system armed with twin 35mm cannons and advanced radar. Originally built during the Cold War, it has proven that gun based air defense still has a place in modern warfare. Designed to counter low flying aircraft and drones, the Gepard has become one of the most effective anti drone systems on the battlefield. But is it a long term solution, or just a stopgap in the age of missiles and mass drone warfare?

War Times

89,895 görüntüleme • 1 ay önce

THE STINGER: A TINY DEATH BOT BUILT TO KILL Facial recognition, micro ammo, dodge maneuvers, AI targeting…all in a drone that fits in the palm of your hand. It doesn’t just find you. It knows you. And yeah, it's real. Sleep tight. Source: AI TechNews
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THE STINGER: A TINY DEATH BOT BUILT TO KILL Facial recognition, micro ammo, dodge maneuvers, AI targeting…all in a drone that fits in the palm of your hand. It doesn’t just find you. It knows you. And yeah, it's real. Sleep tight. Source: AI TechNews

Mario Nawfal

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A drone that flies through the sky — and swims underwater. Yes, you read that right. One student just built it. Andrei Copaci created this hybrid drone for his Bachelor’s project — 3D-printed, self-coded, and powered by variable-pitch propellers that adapt mid-flight to move seamlessly between air and water. And it actually works. To me, this isn’t just a cool gadget. It’s a wake-up call. We’re watching the line between “student projects” and “industry breakthroughs” disappear. One person, a laptop, and a printer can now do what once required millions in funding and government labs. So here’s the real question: If innovation is becoming this accessible — what happens to companies and industries that still think disruption comes only from big budgets? #AI #Innovation #Technology #Robotics #FutureOfWork #STEM
0:30

A drone that flies through the sky — and swims underwater. Yes, you read that right. One student just built it. Andrei Copaci created this hybrid drone for his Bachelor’s project — 3D-printed, self-coded, and powered by variable-pitch propellers that adapt mid-flight to move seamlessly between air and water. And it actually works. To me, this isn’t just a cool gadget. It’s a wake-up call. We’re watching the line between “student projects” and “industry breakthroughs” disappear. One person, a laptop, and a printer can now do what once required millions in funding and government labs. So here’s the real question: If innovation is becoming this accessible — what happens to companies and industries that still think disruption comes only from big budgets? #AI #Innovation #Technology #Robotics #FutureOfWork #STEM

Pascal Bornet

474,288 görüntüleme • 6 ay önce

We just vibe-coded a tool for a law firm. Built entirely with AI. No engineers. No code. It uses a custom model (trained on their SOPs) to review legal documents and auto-save them to the right case file. It’s saving them thousands each month—in software fees and hours of manual work.
1:17

We just vibe-coded a tool for a law firm. Built entirely with AI. No engineers. No code. It uses a custom model (trained on their SOPs) to review legal documents and auto-save them to the right case file. It’s saving them thousands each month—in software fees and hours of manual work.

Jacob Klug

64,407 görüntüleme • 1 yıl önce